Published Paper Details:

As there are more electric vehicles on the road, the charging issue becomes more evident. For the purpose of recharging and driving convenience, charging stations (CS), similar to gas stations, must be installed. This article examined a novel charging station design that uses renewable energy sources. To deal with the uncertainties, a hierarchical energy management approach focused on the real-time application was suggested. Electric vehicles and renewable energy sources are combined in a renewable energy-powered charging station, which has a lot of promise to be a crucial infrastructure for charging. The issue of charging becomes crucial as the number of electric vehicles increases. Such satisfying charging is expected to result in a demand for charging stations. This is a method for dispatching electric automobiles in an electric vehicle charging station that combines a charging station with solar panels, batteries, and a grid-tied system, and it is based on the unwillingness of the grid. In the game, the charging power is dynamically changed. The most notable advantage of this method is that it enables simultaneous charging of all-electric vehicles, which is especially useful when there is a lack of available charging power. Based on the simulation results, the suggested charging technique can increase the rate at which services are charged and the use of the charging pole within the charging station in comparison to the common constant charging system.